代码搜索：闭环反馈
找到约 1,771 项符合「闭环反馈」的源代码
代码结果 1,771
www.eeworm.com/read/476058/6773164
m exp4_23.m
% 系统开环传递函数为G(s)=k/s(s+1)(s+2)
% 试寻找一个合适的k值使得闭环系统具有较理想的阶跃响应。
% 开环系统描述
clc
clear
close all
num=1;
den=conv([1 0],conv([1 1],[1 2]));
z=[0.1:0.2:1];
wn=[1:6];
sgrid(z,wn);
text(-0.3,2.4,'z=0.1
www.eeworm.com/read/395679/8161151
m exp4_23.m
% 系统开环传递函数为G(s)=k/s(s+1)(s+2)
% 试寻找一个合适的k值使得闭环系统具有较理想的阶跃响应。
% 开环系统描述
clc
clear
close all
num=1;
den=conv([1 0],conv([1 1],[1 2]));
z=[0.1:0.2:1];
wn=[1:6];
sgrid(z,wn);
text(-0.3,2.4,'z=0.1
www.eeworm.com/read/193048/8256018
m ex4_24.m
% ex4_24
% 确定放大倍数Kc，使闭环定值系统有4：1衰减比的输出响应
G1=tf([1],[25 10 1]);
G2=tf([1],[4 2 1]);
G3=tf([1 1],[1 0]);
G=G1*G2*G3;
[Gmm,Pmm,Wcgm,Wcpm]=freqm(G,0.221,'margin')
figure('pos',[30,50,250,250],'color
www.eeworm.com/read/267095/11195195
m exp4_23.m
% 系统开环传递函数为G(s)=k/s(s+1)(s+2)
% 试寻找一个合适的k值使得闭环系统具有较理想的阶跃响应。
% 开环系统描述
clc
clear
close all
num=1;
den=conv([1 0],conv([1 1],[1 2]));
z=[0.1:0.2:1];
wn=[1:6];
sgrid(z,wn);
text(-0.3,2.4,'z=0.1
www.eeworm.com/read/412269/11208036
m exp4_23.m
% 系统开环传递函数为G(s)=k/s(s+1)(s+2)
% 试寻找一个合适的k值使得闭环系统具有较理想的阶跃响应。
% 开环系统描述
clc
clear
close all
num=1;
den=conv([1 0],conv([1 1],[1 2]));
z=[0.1:0.2:1];
wn=[1:6];
sgrid(z,wn);
text(-0.3,2.4,'z=0.1
www.eeworm.com/read/204090/15344800
m exp4_23.m
% 系统开环传递函数为G(s)=k/s(s+1)(s+2)
% 试寻找一个合适的k值使得闭环系统具有较理想的阶跃响应。
% 开环系统描述
clc
clear
close all
num=1;
den=conv([1 0],conv([1 1],[1 2]));
z=[0.1:0.2:1];
wn=[1:6];
sgrid(z,wn);
text(-0.3,2.4,'z=0.1
www.eeworm.com/read/102840/15756549
m exp4_23.m
% 系统开环传递函数为G(s)=k/s(s+1)(s+2)
% 试寻找一个合适的k值使得闭环系统具有较理想的阶跃响应。
% 开环系统描述
clc
clear
close all
num=1;
den=conv([1 0],conv([1 1],[1 2]));
z=[0.1:0.2:1];
wn=[1:6];
sgrid(z,wn);
text(-0.3,2.4,'z=0.1
www.eeworm.com/read/188522/8531470
m feedb.m
% feedbl.m
% 反馈线性化
% 初始化
clear
X1 = [rand(1,300)*pi, rand(1,100)*pi];
X2 = [rands(1,300)*pi, zeros(1,100) ];
P = [X1; X2];
dt = 0.05;
T= X2 + dt*(10*sin(X1)-2*(X2));
[R,Q] = size(P);
S1
www.eeworm.com/read/430329/8756035
m feedb.m
% feedbl.m
% 反馈线性化
% 初始化
clear
X1 = [rand(1,300)*pi, rand(1,100)*pi];
X2 = [rands(1,300)*pi, zeros(1,100) ];
P = [X1; X2];
dt = 0.05;
T= X2 + dt*(10*sin(X1)-2*(X2));
[R,Q] = size(P);
S1
www.eeworm.com/read/365487/9861411
m feedb.m
% feedbl.m
% 反馈线性化
% 初始化
clear
X1 = [rand(1,300)*pi, rand(1,100)*pi];
X2 = [rands(1,300)*pi, zeros(1,100) ];
P = [X1; X2];
dt = 0.05;
T= X2 + dt*(10*sin(X1)-2*(X2));
[R,Q] = size(P);
S1